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Low-pressure carbon dioxide system
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  • Low-pressure carbon dioxide system

Low-pressure carbon dioxide system

The QMED series low-pressure carbon dioxide fire extinguishing system features reliable action, safety, ease of operation, and convenience for installation, resetting, and maintenance. The system can achieve automatic monitoring, continuously displaying pressure and liquid levels, and has automatic alarms for high and low pressure and high and low liquid levels. It also includes the function of automatically starting and stopping the refrigeration unit, and can programmatically control the opening time of the main valve and selection valve based on the size of the protected area, reliably achieving fire extinguishing purposes.

Key words:

Low-pressure carbon dioxide system

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Case Details

  Main Performance:

  The QMED series low-pressure carbon dioxide fire extinguishing system features reliable action, safety, ease of operation, and convenience for installation, reset, and maintenance. The system can achieve automatic monitoring, continuously display pressure and liquid level, and has automatic alarms for high and low pressure and liquid levels, as well as automatic start and stop functions for the chiller. Additionally, it can programmatically control the opening time of the main valve and selection valve based on the size of the protected area, reliably achieving fire extinguishing purposes.

  Main Parameters:

Fire Extinguishing Agent Storage Device
Model

Design
Pressure
(MPa)

Fire Extinguishing Agent
Storage Temperature
(℃)

Dimensions
(mm)

Fire Extinguishing Agent Storage Capacity
(t)

Total Control Valve Size
(DN)

Equipment
Total Weight
(t)

QMED3.4-WP-TH

2.5

-20 ~ -18

4300×1830×2680

3

100

5.2

QMED4.45-WP-TH

5280×1830×2680

4

100

6.5

QMED6.7-WP-TH

4700×2230×3290

6

150

9.6

QMED8.9-WP-TH

5800×2230×3290

8

150

12.3

QMED11.2-WP-TH

6900×2230×3290

10

150

14.8

  Application Scenarios:

  1. Automotive industry; 2. Power plants; 3. Cement plants; 4. Turbines; 5. Steel mills...

Application Scenarios


Project